|
D 103.42/2:10-75
|
Beach profile changes : east coast of Lake Michigan, 1970-72 / |
1 |
|
D 103.42/2:11-75
|
Sand level changes on Torrey Pines Beach, California / |
1 |
|
D 103.42/2:12-75
|
Wave runup on a 1 on 10 slope / |
1 |
|
D 103.42:4
|
Wave-height prediction for wave generators in shallow water / |
1 |
|
D 103.42/4:78-8
|
Sediments impounded by an offshore breakwater / |
1 |
|
D 103.42:5
|
Nearshore tidal and nontidal currents, Virginia Beach, Virginia / |
1 |
|
D 103.42/5:
|
Technical report CERC / |
1 |
|
D 103.42/5:00-6
|
Study of navigation channel feasibility, Willapa Bay, Washington / |
1 |
|
D 103.42/5:02/11
|
Periodic inspections of Kahului and Laupahoehoe breakwaters, Hawaii armor unit monitoring for period 1992/93-2001 / |
1 |
|
D 103.42/5:02/12
|
Salinity changes in Pontchartrain Basin Estuary, Louisiana, resulting from Mississippi River-Gulf outlet partial closure plans with width reduction |
1 |
|
D 103.42/5:02/13
|
Navigation conditions in lower lock approach of Ice Harbor Lock and Dam, Snake River, Washington |
1 |
|
D 103.42/5:02/22
|
UV-VIS spectroscopy of 2,4,6-trinitrotoluene-hydroxide reaction [final report] / |
1 |
|
D 103.42/5:03-16
|
Assessment of changes in channel morphology and bed elevation in Mad River, California, 1971-2000 / |
1 |
|
D 103.42/5:19/22
|
Quantifying wave breaking shape and suspended sediment in the surf zone / |
1 |
|
D 103.42/5:19/23
|
Wave averaging for scoping level estimates of nearshore berm morphodynamics / |
1 |
|
D 103.42/5:20/1
|
Towing vessel delays and barge lane navigability along the Houston Ship Channel, Texas / |
1 |
|
D 103.42/5:20/2
|
A practical two-phase approach to improve the reliability and efficiency of Markov chain Monte Carlo directed hydrologic model calibration / |
1 |
|
D 103.42/5:20/3
|
Nested physics-based watershed modeling at Seven Mile Creek : Minnesota River Integrated Watershed Study / |
1 |
|
D 103.42/5:20/4
|
Analysis of nearshore placement of sediments at Ogden Dunes, Indiana / |
1 |
|
D 103.42/5:20/6
|
Lower Columbia River Adaptive Hydraulics (AdH) model : development, water surface elevation validation, and sea level rise analysis / |
1 |
